SIMULATION OF TEMPORAL AND KINEMATIC MOVEMENT OF AR PASUA PA PERFORMANCE
Abstract
AR PASUA PA (Augmented Reality Papua-Sunda-Aceh Performance Arts) presents a show using an application of augmented reality real time synchronization in the creation of performing arts 4.0. AR PASUA PA describes the cycle of human life starting from the Sunrise until the Sunset. AR PASUA PA as one of the strategies in order to preserve cultural arts heritage, especially performing arts from Papua, Sunda, and Aceh. AR PASUA PA development is an effort in order to conserve, reconstruct, and revitalize performing arts by utilizing augmented reality technology. AR PASUA PA provides opportunities for the development of performing arts 4.0 during the Covid-19 pandemic. The simulation of temporal and kinematic movement of a performance is one way to understand the movements of the Karwar dance (Papua), the Cikeruhan dance (Sundanese) and the Guel dance (Aceh). This research applied qualitative methods with simulation techniques and virtual motion analysis. The results of this study describe the temporal and kinematic movement of the AR PASUA PA performance. The understanding of dance movements was done virtually by studying the position and time derivative of the performance, as well as the movement simulations performed by the hands, feet and body of the dancers, both solo and in groups.
Keywords : Simulation, Kinematic, Augmented Reality
Full Text:
PDFReferences
Burger, Birgitta, Anna Puupponen, Tommi
Jantunen, 2018.Synchronizing Eye Tracking
and Optical Motion Capture : How to
Bring Them Together, Journal of Eye
Movement Research Vol. 11 No.2, p.1-16
Goebl, Werner, Caroline Palmer, 2013.,
Temporal Control and Hand Movement
Efficiency in Skilled Music Performance,
Journal of Plos One Vol 8 No.1 January
Hachaj, Tomasz, Marcin Piekarczyk,
Advanced Human Motion Trajectories
Comparison Using Dynamic Path Warping
Approach, Journal Wseas Transactions
on Computers Vol. 18, p. 31-45
Hachaj, Tomasz, Marek R. Ogiela, 2018.,
Heuristic Method for Calculating the Translation
of Human Body Recordings Using
Data from an Inertial Motion Capture Costume,
International Journal of Electrical
Engineering & Telecommunications Vol. 7
No.1 January 2018
Hachaj, Tomasz, Marcin Piekarczyk, Marek
R. Ogiela, 2017., Human Actions Analysis:
Templates Generation, Maching and Visualization
Applied to Motion Capture of Highly-
Skilled Karate Athletes, Journal of Sensors
Vol. 17, p.1-24, MDPI
Neto, O.P., Marcio Magini, 2008., Electromiographic
and Kinematic Characteristics of
Kung Fu Ya-Man palm Strike, Journal of
Electromyogprahy and Kinesiology Vol 18,
p.1047-1052, Elsevier
Vences Brito, Antonio M., 2011., Kinematic
and Electromyographic Analyses of a Karate
Punch, Journal of Electromyoraphy and
Kinesiology Vol. 21, p. 1023-1029, Elsevier
DOI: http://dx.doi.org/10.26742/pib.v1i1.1491
Refbacks
- There are currently no refbacks.